Some stages of the development of the foetal membrane of Hipposideros bicolor pallidus have been described. During early stages the yolk sac establishes contact with the uterine wall on all the sides except where the embryo intervenes between it and the uterine wall. However, the chorio-vitelline placenta develops only on the lateral sides of the uterus because the splanchnopleure of the yolk sac is separated from the chorion before the abembryonic segment of the yolk sac becomes vascularized. During later stages of development the yolk sac undergoes collapse, its cells hypertrophy, and it ultimately comes to lie as a shrunken gland-like structure adjacent to the placenta. The allantois has a large endodermal vesicle up to about mid-pregnan...
Placentae of three hystricimorph rodents-capybara, agouti and paca-were examined by conventional his...
The African yellow house bat, Scotophilus dinganii, was found to be seasonally monestrus, carrying a...
A prominent scenario for the evolution of reptilian placentation infers that placentotrophy arose by...
The amnion expands to accommodate the growing foetus without undergoing any noticeable histological ...
1. The yolk-sac which is disposed towards the mesometrial side establishes placental relationship wi...
A discoidal hemodichorial placenta is present in Scotophilus borbonicus. Evidence is presented which...
The yolk sac of the Indian fruit bat Rousettus leschenaulti is unique since during the course of dev...
We presented a comparative study of two species of South American bats, Myotis albescens and Eumops ...
Scalopus membranes are characterized by: Superficial nidation; antimesometrial orientation of the em...
Vascularisation of the placenta of several species of bats representing 8 families is reported. Mate...
At the seventh International Zoological Congres at Boston, HUBRECHT (1907) delivered an address “On ...
A light microscope study of the choriovitelline (yolk sac) placenta of the dasyurid marsupial, Smint...
Development of the yolk sac of squamate reptiles (lizards and snakes) differs from other amniote lin...
We used scanning electron microscopy (SEM) and transmission electron microscopy (TEM) to describe th...
Abstract Background Placental research in carnivores ...
Placentae of three hystricimorph rodents-capybara, agouti and paca-were examined by conventional his...
The African yellow house bat, Scotophilus dinganii, was found to be seasonally monestrus, carrying a...
A prominent scenario for the evolution of reptilian placentation infers that placentotrophy arose by...
The amnion expands to accommodate the growing foetus without undergoing any noticeable histological ...
1. The yolk-sac which is disposed towards the mesometrial side establishes placental relationship wi...
A discoidal hemodichorial placenta is present in Scotophilus borbonicus. Evidence is presented which...
The yolk sac of the Indian fruit bat Rousettus leschenaulti is unique since during the course of dev...
We presented a comparative study of two species of South American bats, Myotis albescens and Eumops ...
Scalopus membranes are characterized by: Superficial nidation; antimesometrial orientation of the em...
Vascularisation of the placenta of several species of bats representing 8 families is reported. Mate...
At the seventh International Zoological Congres at Boston, HUBRECHT (1907) delivered an address “On ...
A light microscope study of the choriovitelline (yolk sac) placenta of the dasyurid marsupial, Smint...
Development of the yolk sac of squamate reptiles (lizards and snakes) differs from other amniote lin...
We used scanning electron microscopy (SEM) and transmission electron microscopy (TEM) to describe th...
Abstract Background Placental research in carnivores ...
Placentae of three hystricimorph rodents-capybara, agouti and paca-were examined by conventional his...
The African yellow house bat, Scotophilus dinganii, was found to be seasonally monestrus, carrying a...
A prominent scenario for the evolution of reptilian placentation infers that placentotrophy arose by...